大鼠和人类不同的发育模式

IF 2.9 3区 医学 Q2 NEUROSCIENCES
Wanda Campos Eusebi, Tomas Iorii, Antonella Presti, Rafael Grimson, Pablo Vázquez-Borsetti
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引用次数: 0

摘要

大白鼠是实验室中使用第二多的物种,也是神经科学中使用最广泛的模型。然而,关于人类与大鼠之间的发育时间关系仍未达成一致。为了解决这个问题,我们研究了这两个物种达到一系列同源发育里程碑所需的时间。为此,我们通过文献调查收集数据,建立了一个数据库。该数据库又与文献中关于同一主题的其他数据库进行了比较。最后,将这些数据库合并,首次涵盖了大鼠的整个发育过程,包括产前、围产期和产后。合并后的数据库包括每个物种 181 个发育事件的 362 个日期。与线性函数相比,对数函数更适合人类与大鼠之间的发育关系。随着发育的进行,数据的离散性会增加。发育关系不应被解释为单一的等价关系。这项研究提出了另一种解释,即一种物种的年龄可以转化为另一种物种的年龄范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Divergent Pattern of Development in Rats and Humans.

Divergent Pattern of Development in Rats and Humans.

Rattus norvegicus is the second most used laboratory species and the most widely used model in neuroscience. Nonetheless, there is still no agreement regarding the temporal relationship of development between humans and rats. We addressed this question by examining the time required to reach a set of homologous developmental milestones in both species. With this purpose, a database was generated with data collected through a bibliographic survey. This database was in turn compared with other databases about the same topic present in the literature. Finally, the databases were combined, covering for the first time the entire development of the rat including the prenatal, perinatal, and postnatal periods. This combined database includes 362 dates of 181 developmental events for each species. The developmental relationship between humans and rats was better fit by a logarithmic function than by a linear function. As development progresses, an increase in the dispersion of the data is observed. Developmental relationships should not be interpreted as a univocal equivalence. In this work is proposed an alternative interpretation where the age of one species is translated into a range of ages in the other.

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来源期刊
Neurotoxicity Research
Neurotoxicity Research 医学-神经科学
CiteScore
7.70
自引率
5.40%
发文量
164
审稿时长
6-12 weeks
期刊介绍: Neurotoxicity Research is an international, interdisciplinary broad-based journal for reporting both basic and clinical research on classical neurotoxicity effects and mechanisms associated with neurodegeneration, necrosis, neuronal apoptosis, nerve regeneration, neurotrophin mechanisms, and topics related to these themes. Published papers have focused on: NEURODEGENERATION and INJURY Neuropathologies Neuronal apoptosis Neuronal necrosis Neural death processes (anatomical, histochemical, neurochemical) Neurodegenerative Disorders Neural Effects of Substances of Abuse NERVE REGENERATION and RESPONSES TO INJURY Neural Adaptations Neurotrophin mechanisms and actions NEURO(CYTO)TOXICITY PROCESSES and NEUROPROTECTION Excitatory amino acids Neurotoxins, endogenous and synthetic Reactive oxygen (nitrogen) species Neuroprotection by endogenous and exogenous agents Papers on related themes are welcome.
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